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3 photon DKDP Pockels Cells are precision electro-optic devices engineered to modulate light by rapidly changing the polarization state of a laser beam via the Pockels effect. These components are built around deuterated potassium dihydrogen phosphate (DKDP) crystals with high deuteration (>97-98%), providing excellent transmission and electro-optic responsiveness across a broad wavelength range from 390 nm to 1400 nm.
Core Features
- Highly Deuterated DKDP Crystals:
The use of DKDP with enhanced deuteration improves the electro-optic effect while maintaining high optical quality and low absorption, making the devices suitable for demanding laser applications - Longitudinal Modulation Configuration: Standard designs feature longitudinal electro-optic modulation for efficient interaction between the applied electric field and the light beam. This typically supports strong modulation performance in compact assemblies.
- No Traditional Windows:3photon Pockels Cells minimize optical surface interfaces by eliminating enter-exit windows, reducing insertion loss and enhancing overall transmission. Durable anti-reflection coatings protect the crystal and increase laser damage thresholds
- Direct Wire Bonding: Electrical connections are bonded directly to the crystal, a departure from typical external connector approaches. This improves reliability and reduces parasitic losses.
- Flexible Sizing:3photon offers custom sizing options, enabling easier system integration and alignment compared to many market alternatives.
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